Discover the Mental Health Benefits of Stargazing in 2026: A Guide to Cosmic Wellness

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This year will be a transformative journey of self-care inspired by the stars.

It has been 20 years since I first experienced profound envy witnessing someone’s ability to navigate the night sky. Back in 2006, while covering a conference in La Jolla, California, I had the chance to meet renowned astrophysicist Neil de Grasse Tyson. One evening, at dinner under the stars, he dazzled us with a laser pointer, mapping out constellations effortlessly. That moment ignited a promise to become a stargazer upon returning home.

Yet, I haven’t fully embraced my stargazing journey. Beyond the familiar Orion and the Big Dipper lies a vast universe I have yet to explore. One could attribute this to urban streetlights, but perhaps it’s also the realization that a love for the night sky is often nurtured during childhood. Those fortunate enough to be introduced to stargazing, typically by family, tend to develop a lasting connection and report better mental health.

Connecting with the universe promotes well-being. Research indicates that this connection is associated with numerous positive mental health benefits. In fact, studies suggest it even encourages generosity.

The term Noctocaelador, from Latin meaning “night,” “sky,” and “worship,” was coined by William Kelly in 2003 to describe the joy and mental health benefits of stargazing. Participants of his study expressed sentiments like, “I truly enjoyed gazing at the night sky” and “Stargazing uplifted my mood.”

In a follow-up study, Kelly discovered that noctcaelador is linked to personality traits, particularly openness to new experiences, often developed early in life.

This aligns with recent findings on Gen Z’s affinity for the night sky. Holly Brenna McNiven’s research indicates that many in this generation report a love for stargazing, attributing it to positive aspects of well-being tied to early experiences with astronomy.Her master’s project at Trinity Saint David’s, University of Wales, suggests that many young people cultivate their stargazing passion through shared experiences, particularly with familial connections.

Regrettably, I missed out on fostering a love for the stars in my early years, but it’s not too late. Nowadays, we don’t always need clear and dark nights to appreciate the universe. With the rising levels of light pollution, it’s reassuring that we can still connect through various resources. Who needs a clear sky when digital platforms like TikTok have unveiled a vibrant community of astronomers, affectionately termed “SpaceTok”?

While most users are from Gen Z, I remain grateful that even during cloudy nights, I can explore the universe through literature. Brian May’s new book, Endless Islands, offers stunning stereoscopic photographs of galaxies. For Christmas, I received Nigel Henbest’s Stargazing 2026, a comprehensive guide to this year’s celestial highlights. With a laser pointer in hand, I’ll soon be navigating the stars as effortlessly as Tyson.

Michael Brooks is a science journalist and author with a focus on physics.

Topics:

  • Mental Health/
  • Stargazing

Source: www.newscientist.com

Upcoming Stargazing Events in 2026

Witnessing the solar eclipse in Menan, Idaho in 2017

Natalie Behring/Getty Images

As the year comes to a close, I find joy in marking my calendar in anticipation of the astronomical events ahead. My highlights for 2026 include a lineup of planetary alignments, various eclipses, and the frequent meteor showers visible across both hemispheres, barring any special notes.

January continues with active solar flares, promising darkened skies in the Northern Hemisphere and ample chances to see the aurora borealis. The Quadrantids meteor shower will peak on January 3, but be aware that the full moon that night may hinder visibility of some of the dimmer meteors.

Throughout January, Jupiter will be shining brightly when it reaches opposition, situating it directly opposite the Sun from Earth’s perspective. This is an excellent opportunity to view this magnificent planet using binoculars or a telescope.

On February 28, you’ll have the chance to view a remarkable six-planet alignment, featuring Mercury, Venus, Neptune, Saturn, Uranus, and Jupiter all visible together shortly after sunset.

A total lunar eclipse will grace parts of North and South America, Asia, Australia, and the Pacific Islands on March 2 and 3. As the moon slips into Earth’s shadow, it will take on a darker, red hue, earning the title Blood Moon.

Noteworthy meteor showers on the calendar include the Lyrids peaking on April 22, the Perseids on August 12, the Leonids on November 17, and the Geminids on December 14.

Alongside these showers, don’t miss the total solar eclipse on August 12. Observers in select locations will see the moon blocking the sun entirely, reminiscent of the scene captured in Menan, Idaho, in 2017.

The totality phase, when the sun is completely obscured by the moon, can last up to 2 minutes and 18 seconds. This solar spectacle will be visible in northern Spain, the Balearic Islands, parts of Russia, Greenland, and Iceland, while a partial solar eclipse will be observable from many other regions worldwide. Following this, a partial lunar eclipse, or Blood Moon, is slated for August 28.

If you possess a powerful telescope, mark September 25 as the prime opportunity to observe Neptune, as it will be at its closest to Earth, fully illuminated by the Sun. Additionally, on October 4, Saturn reaches opposition, making it the optimal time for observing Saturn and its rings through small telescopes all night.

Concluding 2026 are two supermoons; the Beaver Moon on November 24 and another supermoon gracing the sky on Christmas Eve. Enjoy your stargazing experiences!

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Abigail Beer serves as the special features editor of New Scientist and is the author of The Art of Urban Astronomy. Follow @abbybeall

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Source: www.newscientist.com

Rare stargazing event allows naked-eye view of Nova explosion

An uncommon cosmic eruption is set to happen in the Milky Way galaxy soon, resembling the appearance of a “new” star in the night sky for a brief period.

Referred to as Nova, this event presents a unique sky-watching opportunity for individuals in the northern hemisphere. NASA states that such explosions occur infrequently in our galaxy.

This stellar eruption will take place in the T Coronae Borealis star system, situated 3,000 light-years away from Earth. This system consists of two stars, one being a deceased star, or “white dwarf,” orbiting near a red giant star that is nearing the end of its life cycle. According to NASA, our solar system’s sun will face a similar fate.

In systems like T Coronae Borealis, the proximity between the two stars causes material from the red giant to overflow onto the white dwarf’s surface over time. This leads to a buildup of pressure and heat, culminating in an eruption.

“The buildup of material on the white dwarf’s surface results in increased temperature and pressure until it eventually explodes. It’s a runaway reaction,” explained Bradley Schaefer, a retired physics and astronomy professor from Louisiana State University.

Schaefer likened a nova explosion to a hydrogen bomb detonating in space, creating a visible fireball from Earth’s perspective. (Not to be confused with a supernova, which occurs when a massive star collapses and dies.)

At the peak of the eruption, it should be visible to the naked eye, making it easy to observe from your backyard, Schaefer stated.

Astronomers anticipate the nova explosion happening between now and September. The last eruption from this system occurred in 1946, with the next expected eruption in about 80 years.

Astronomers worldwide are monitoring the North Star system for activity. If an eruption is detected, it could quickly reach a brightness similar to Polaris in less than 24 hours, offering a spectacular view. The explosion might remain visible to the naked eye for several days before fading.

According to NASA, skywatchers could potentially spot the eruption for around a week after dark using binoculars.

NASA

Typically too faint to be seen with the naked eye, T-corona systems can be identified by looking for the constellation or northern cap. This constellation forms a small semicircular arc between Hercules and Boes.

Schaefer, who extensively researched the T Coronae system, encourages catching a glimpse of this incredible phenomenon.

“This system has a recurrence time scale of less than 100 years, with most cycles lasting around 1,000 years,” he stated.

In a recent publication by the Astronomical History Journal, Schaefer unveiled two previous “long-lost” Ti Coronae Borealis eruptions from historical records, observed in 1217 by a German monk and in 1787 by English astronomer Francis Wollaston.

Schaefer shared a historical anecdote, recalling the monks near Augsburg, Germany, describing such an eruption as a significant yearly event, even naming it “signum mirabile,” which translates to ‘great omen’ in Latin. It was considered a favorable omen.

Yet, predicting the exact viewing period for this “wonderful omen” presents a challenge.

“This event could happen tonight,” Schaefer stated. “Most likely in the next few months, possibly by the end of summer.”

Source: www.nbcnews.com